Fundamental CUDA-related constants and enumerations, not dependent on any more complex abstractions, placed in relevant namespaces. More...

#include "types.hpp"

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Namespaces
	cuda
	Definitions and functionality wrapping CUDA APIs.

	cuda::stream
	Definitions and functionality related to CUDA streams (not including the device wrapper type stream_t itself)

	cuda::device
	Definitions and functionality related to CUDA devices (not including the device wrapper type cuda::device_t itself)

	cuda::event
	CUDA timing functionality, via events and their related code (not including the event wrapper type event_t itself)

Enumerations
enum	{ warp_size = 32 }
	CUDA's NVCC allows use the use of the warpSize identifier, without having to define it. More...

enum	: device::id_t { cuda::device::default_device_id = 0 }

enum	: bool { cuda::event::sync_by_busy_waiting = false, cuda::event::sync_by_blocking = true }
	Synchronization option for cuda::event_t 's. More...

enum	: bool { dont_record_timings = false, do_record_timings = true }
	Should the CUDA Runtime API record timing information for events as it schedules them?

enum	: bool { cuda::event::not_interprocess = false, cuda::event::interprocess = true, single_process = not_interprocess }
	IPC usability option for {cuda::event_t}'s. More...

enum	: bool { cuda::thread_blocks_may_cooperate = true, cuda::thread_blocks_may_not_cooperate = false }
	Thread block cooperativity control for kernel launches. More...

enum	: memory::shared::size_t { no_dynamic_shared_memory = 0 }

enum	: bool { do_take_ownership = true, do_not_take_ownership = false }

enum	: bool { do_hold_primary_context_refcount_unit = true, do_not_hold_primary_context_refcount_unit = false }

Variables
const stream::handle_t	cuda::stream::default_stream_handle = nullptr
	The CUDA runtime provides a default stream on which work is scheduled when no stream is specified; for those API calls where you need to specify the relevant stream's ID, and want to specify the default, this is what you use.

Detailed Description

Fundamental CUDA-related constants and enumerations, not dependent on any more complex abstractions, placed in relevant namespaces.

Namespaces